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Hi there, I'm Achyut Raju Madhavan, a game developer who enjoys puzzle and platforming games, RPGs, and all sorts of games. I love sports, art, and food, and I'm a passionate, hard-working, and quick to learn person. I can speak English, Hindi, and Marathi, and I am a U.S. passport holder willing to work remotely.…

Achyut Madhavan

Game Developer, Game Designer, Designer, +2

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Hi there, I'm Achyut Raju Madhavan, a game developer who enjoys puzzle and platforming games, RPGs, and all sorts of games. I love sports, art, and food, and I'm a passionate, hard-working, and quick to learn person. I can speak English, Hindi, and Marathi, and I am a U.S. passport holder willing to work remotely.…

Available to hire

Hi there, I’m Achyut Raju Madhavan, a game developer who enjoys puzzle and platforming games, RPGs, and all sorts of games.

I love sports, art, and food, and I’m a passionate, hard-working, and quick to learn person. I can speak English, Hindi, and Marathi, and I am a U.S. passport holder willing to work remotely.

Skills

Experience Level

Expert

Expert

Expert

Expert

Expert

Expert

Expert

Expert

Intermediate

Language

English

Fluent

Hindi

Advanced

Marathi (Marāṭhī)

Intermediate

Work Experience

Project Intern at KritiLabs Technologies Pvt. Ltd.

May 1, 2022 - September 8, 2025

Researched anew method to measure flow rate of a fluid, attempted using acoustic sensing. Built a soundproof box to isolate the flow of the fluid and minimize noise. Recorded characteristics of sound waves of different frequencies after passing through the pipe containing the flowing fluid. Used Arduino to receive signal and process it, subtracting noise. Output data was compared to and cross-referenced against data of standardized signals collected under ideal conditions. Output signal amplitude and frequency showed a relationship to the fluid's flow rate.

Project Intern at KritiLabs Technologies Pvt. Ltd.

May 1, 2022 - October 3, 2025

Researched a new method to measure the flow rate of a fluid using acoustic sensing. Built a soundproof box to isolate the flow and minimize noise. Recorded characteristics of sound waves at different frequencies as fluid flowed through a pipe. Used Arduino to receive signals, process them, and subtract noise. Output amplitude and frequency showed a relationship to the fluid's flow rate.